PPT-E Force due to E created by positive charge shifts

electron cloud and nucleus in opposite directions electric dipole An atom is said to be polarized when its electron cloud has been shifted by the influence of an external charge. r. R. z. x. y. . . Spherical coordinates. x. y. . .   0 to . z. x. y. .  0 to .   0 to 2. r . . 0 to R. z. x. y. . . z. Electrostatic force due to spherical shell of charge. Sections 12.1 and 12.2. Reminders. In-class Quiz #5 Tuesday, November 4. LAB this week B3-CLE: . Coulomb’s Law of Electrostatics . Mallard-based Reading Quiz due Thursday before class (Chapter 13: Magnetism & Electricity.. The Origin of Electricity. The electrical nature of matter comes from atomic structure. Nucleus. – . made up of . protons. and . neutrons. Most of the mass of the atom is contained in the nucleus. October 2012. Objectives.. To understand the basic properties of electric charge.. To describe the difference between conductors and insulators.. To calculate the electric force using . Coulumb’s. Law.. Magdalena Kowalska. CERN, PH-Dept.. kowalska@cern.ch. . below. Outline . 2. Laser spectroscopy on radioactive nuclei. Optical isotope shifts. A long way from isotope shifts to charge radii. Take-home message . pp. 340 - 345. Mr. Richter. Agenda. Intro to Electrostatics. Notes:. Charge and Net Charge. Measuring Charge. Electroscopes. Charging Objects Three Ways. Objectives: We Will Be Able To…. Distinguish between a positive and negative net charge. Physics 208. Dr. Tatiana Erukhimova. Lecture 3. . A charged particle with positive charge . q. 1. is fixed at the point . x. =. a. , . y. =. b. . . y. x. q. 1. q. 2. a. c. d. b. . What are the . r. R. z. x. y. . . Spherical coordinates. x. y. . .   0 to . z. x. y. .  0 to .   0 to 2. r . . 0 to R. z. x. y. . . z. Electrostatic force due to spherical shell of charge. 48. Ca. INTC-P-313. M.L. Bissell - On behalf of COLLAPS . Background.  .  . Program initiated with IS-484 - . “. Ground-state properties . of . K-isotopes from laser and . β. -NMR . spectroscopy. A note on usage:. The clicker slides in this booklet are meant . to be used as stimuli to encourage class discussion. . They are intended for use in a class that attempts . to help students develop a coherent and sophisticated understanding of scientific thinking.. Lectures. will cover . Chapter . 20. (Electric Charge) . and start . Chapter . 22 (Electric Potential). Please note: . lecture slides . and . scans of the textbook chapters . are available on Blackboard. 3.1 . Electric Charges, Fields, and Potentials . 3.2 . Capacitance . 3.2.1 . Capacitor . 3.2.2 . Dielectric Constant . 3.3 Magnetism . 3.3.1 . Faraday’s . Law. 3.3.2 Solenoid. 3.3.3 . Toroid. 3.3.4 Permanent . Electrostatics. Study of electric charges that can be collected and held in one place.. Ben. Franklin. Electrostatics. Demonstrate how you can pick up the paper pieces without touching them in any way with your body.. and Energy. © 2014 Pearson Education, Inc.. What. '. s new in this chapter. What is the interaction responsible for holding the particles together is the same interaction that makes the toner stick to a copier drum and a balloon stick to your hair, as well as many other phenomena that we observe in our everyday world..